SITUATION 7:The diameter of the pipe is 100 mm andvelocity of oil (SG=0.89) is found to be 3,4 m/s.32. Determine the mass flow rate.a. 23,77kgb. 23.32kgc. 33.28 gd. 22.74 Kg33. Determine the hydraulic radius of the pipe.a. 6 mmb. 3 mmc. 0.025 md. 0.006 m34. Determine the slope if n30.015.a. 0.356b. 0.817c. 0.524d. 0.475

Answered: Image /qna-images/answer/c20c8e14-87f6-4deb-9b6e-2bf5d7850522.jpg

The diameter of the pipe is 100 mm and velocity of oil (SG=0.89) is found to be 3,4 m/s. 32. Determine the mass flow rate. a. 23.77g b. 23.32 g kg c. 33.28 DIL 33. Determine the hydraulic radius of the pipe. d. 22,74 - a. 6 mm b. 3 mm c. 0.025 m d. 0.006 m 34. Determine the slope if n30.015. a. 0.356 b. 0.817 c. 0.524 d. 0.475

The diameter of the pipe is 100 mm and velocity of oil (SG=0.89) is found to be 3,4 m/s. 32. Determine the mass flow rate. a. 23.77g b. 23.32 g kg c. 33.28 DIL 33. Determine the hydraulic radius of the pipe. d. 22,74 - a. 6 mm b. 3 mm c. 0.025 m d. 0.006 m 34. Determine the slope if n30.015. a. 0.356 b. 0.817 c. 0.524 d. 0.475

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Water is pumped through a vertical 5.0 cm cement-lined steel pipe to an elevated tank on the roof of a building. The measured pressure at the discahrge side of the pump is 1380 kPa. What pressure can be expected at a point in the pipe 76 m above the pump when the flow is 9.5 L/s? Use f= 0.023 a.225 kPa b.100 kPa c.75 kPA d.150 kPa PLEASE INCLUDE FIGURE OR FBD
A pump lifts water at the rate of 6 m3/s to a height of 120 m and the friction loss in the pipe is 10 m. Compute the energy added by the pump. a.8502 b.130 c.10257 d.7651.8
After analyzing the flow type in a refinery oil (s = 0.8, v= 1.94x10-4 ft2/s) flowing through a 9inch diameter pipe at (41/1000) ft3/s. Find the following a)centerline velocity b)the velocity at r = 2inch c)the frictional factor d)the shear stress at the pipe wall and e)the head loss per foot of pipe length.
40
Water flows from a 20-mm-diameter pipe with a flowrate Q as shown in the figure below. What is the approximate diameter of the water stream, d, in units of cm, if the distance below the faucet is, h=2 m, and Q = 0.003 m³ /s? 20 mm O a. 1.83 m b. 2.07 m O c. 3.29 m d. 4.66 m O e. 5.29 m
Rotameter having a glass float (sp. gr = 4.0) is calibrated to handle a maximum flow of 80gpm of water. Whatis the maximum flow rate of biodiesel (sp. gr = 0.9) can it handle in gpm?
Orifice Given:As = 3m2C = 0.92Ao = 0.01m2 Determine the time for the depth of liquid in the tank to be 0.8m
A) Define the type of flow using Reynolds number. B) Explain the significance of the information we get from Reynolds number equation. C) determine the rated power of the pump that needs to be purchased.
Pls to step by step
pllllllllllllease solve question 3
The flow energy of 24 li/min of a fluid passing a boundary to a system is 2 kJ/sec. What is the pressure at this point? а. 100 kPa b. 140.39 psi c. 1, 000 kPa d. 871 kPa